GLUSboolean GLUSAPIENTRY glusWavefrontLoad(const GLUSchar* filename, GLUSwavefront* wavefront)
{
GLUSshape dummyShape;
GLUSmaterialList* materialWalker;
GLUSgroupList* groupWalker;
GLUSuint i;
GLUSuint counter = 0;
if (!_glusWavefrontParse(filename, &dummyShape, wavefront))
{
glusWavefrontDestroy(wavefront);
return GLUS_FALSE;
}
wavefront->vertices = dummyShape.vertices;
wavefront->normals = dummyShape.normals;
wavefront->texCoords = dummyShape.texCoords;
wavefront->tangents = dummyShape.tangents;
wavefront->bitangents = dummyShape.bitangents;
wavefront->numberVertices = dummyShape.numberVertices;
glusMemoryFree(dummyShape.indices);
groupWalker = wavefront->groups;
while (groupWalker)
{
groupWalker->group.indices = (GLUSindex*)glusMemoryMalloc(groupWalker->group.numberIndices * sizeof(GLUSindex));
if (!groupWalker->group.indices)
{
glusWavefrontDestroy(wavefront);
return GLUS_FALSE;
}
for (i = 0; i < groupWalker->group.numberIndices; i++)
{
groupWalker->group.indices[i] = counter++;
}
materialWalker = wavefront->materials;
while (materialWalker)
{
if (strcmp(materialWalker->material.name, groupWalker->group.materialName) == 0)
{
groupWalker->group.material = &materialWalker->material;
break;
}
materialWalker = materialWalker->next;
}
groupWalker = groupWalker->next;
}
return GLUS_TRUE;
}
GLUSboolean GLUSAPIENTRY glusShapeLoadWavefront(const GLUSchar* filename, GLUSshape* shape)
{
return _glusWavefrontParse(filename, shape, 0, 0);
}
